Methods and system for treating human body part with ultra-low magneto-electric field
AssigneeAether Mindtech Solutions Inc
InventorPV Shyam Sunder
Life of this patent
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Abstract
The embodiments herein achieve methods for treating a human body part using ultra-low magneto-electric field. The method includes acquiring, by at least one of a server (300) and a medical device (100), at least one amplitude, at least one frequency, at least one phase and at least one rhythm. Further, the method includes generating, by at least one of the server (300) and the medical device (100), a plurality of ultra-low magneto-electric field based on the at least one acquired amplitude, at least one acquired frequency, at least one acquired phase and at least one acquired rhythm.
Claims17
A method for treating a human body part using ultra-low magneto-electric field, the method comprising:
- generating, by a server (300), one or more program files comprising at least one amplitude, at least one frequency, at least one phase and at least one rhythm;
- downloading, by an electronic device (200), the one or more program files from the server (300) and sharing the one or more program files with a medical device (100);
- receiving, by the electronic device (200), one or more user input corresponding to a range of ultra-low magnetic-electric fields focused at a head or a neck of a user;
- generating, by the medical device (100), a plurality of ultra-low magneto-electric fields based on the one or more program files;
- based on the user input, generating, by the medical device (100), the ultra-low magneto-electric fields from the plurality of ultra-low magneto-electric fields by passing an electrical signal across a source attached to a media (2), wherein the media (2) is made of magnesium and zinc and the source is made of copper, and generating a magnetic field in response to passing the electrical signal across the source attached to the media (2), wherein the magnetic field is created in the range of 0.4 to 10 milli gauss;
- and
- modulating brain activity based on the generated magnetic field, wherein the brain activity is monitored using an industry standard electroencephalogram (EEG).
A system (1000) for treating a human body part using ultra-low magneto-electric fields, the system (1000) comprising:
- a medical device (100);
- an electronic device (200);
- and
- a server (300), wherein the server (300) is configured to:
- generate one or more program files comprising at least one amplitude, at least one frequency, at least one phase and at least one rhythm;
- wherein the electronic device (200) is configured to:
- download the one or more program files from the server (300) and share the one or more program files with a medical device (100);
- and
- receive one or more user input corresponding to a range of ultra-low magneto-electric fields configured to be focused at a head or a neck of a user;
- and wherein the medical device (100) is configured to:
- generate a plurality of ultra-low magneto-electric fields based on the one or more program files;
- and
- based on the user input, generate, by the medical device (100), the ultra-low magneto-electric field from the plurality of ultra-low magneto-electric fields by passing an electrical signal across a source attached to a media (2), wherein the media (2) is made of magnesium and zinc and the source is made of copper, and generate a magnetic field in response to passing the electrical signal across the source attached to the media (2), wherein the magnetic field is created in the range of 0.4 to 10 milli gauss;
- and
- modulate brain activity based on the generated magnetic field, wherein the brain activity is monitored using an industry standard electroencephalogram (EEG).
A medical device (100) for treating a human body part using ultra-low magneto-electric fields, the medical device (100) comprising:
- a processor (140);
- a memory (130);
- and
- an ultra-low magneto-electric field controller (110), coupled with the processor (140) and the memory (130), is configured to:
- receive at least one program file comprising at least one amplitude, at least one frequency, at least one phase and at least one rhythm;
- generate, based on the received at least one program file and a user input corresponding to a range of ultra-low magnetic field focused at a head or a neck of a user, an ultra-low magneto-electric field from a plurality of ultra-low magneto-electric fields by passing an electrical signal across a source attached to a media (2), wherein the media (2) is made of magnesium and zinc and the source is made of copper, and generating a magnetic field in response to passing the electrical signal across the source attached to the media (2), wherein the magnetic field is created in a range of 0.4 to 10 milli gauss;
- and
- modulate brain activity based on the generated magnetic field, wherein the brain activity is monitored using an industry standard electroencephalogram (EEG).
Dependencies are inferred from the claim text.